Return old_multipolygon validation issues for the relations as well as the outer ways
Remove console logging
Don't run missing_tag validation for relations with old_multipolygon issues
This generalizes the oneway arrow logic for adding SVG markers along a
line. Using that functionality, certain tags get arrows on their
right-hand side, indicating which side is "inside", e.g. the
right-side of a cliff is the lower side.
The list of tags considered to be sided (unless there's a
two_sided=yes tag) is:
- natural=cliff
- natural=coastline
- barrier=retaining_wall
- barrier=kerb
- barrier=guard_rail
- barrier=city_wall
- man_made=embankment
The triangles attempt to be reminiscent of the triangles used for
rendering cliffs on OSM (and elsewhere). The different tags get
different renderings (e.g. colors that match the main way, and
different spacings). In addition, natural=coastline is special-cased
to have blue markers (despite having a green way), to emphasise that
the "inside" of a coastline is the water.
Fixes https://github.com/openstreetmap/iD/issues/1475.
Before, it was drawing svg path elements for all the segments,
even those that were clipped out of view (getPath returns null).
This was putting a lot of junk into the DOM.
This makes the code a bit more consistent and lets us avoid some
hacky and probably non-performant things:
- abusing CSS classes in the draw/drag datum functions (classed `.target`)
(is this thing target? just check d.properties)
- regexing the id for `-nope$`
(is this thing a nope target? just check d.properties)
- using context.hasEntity to get a the real entity
(is this thing a real osmEntity? just check d.properties)
- fixes code like the restriction editor which uses fake ids for split ways
The goal here is that the code that draws the targets should know better
what parts of the lines/vertices are targetable, rather than just
relying on CSS to ignore the pointer events on the whole line.
e.g. when drawing a line, it's ok for it to loop back and connect
to itself, just not on a segment or vertex adjacent to the active
node.
This includes some renames for clarity.. "surface" -> "selection"
to make it clearer that rendering functions take a selection, and
don't necessarily render to the literal `#surface` node anymore.
